- Removed obsolete script `script_SANSDEMARRAGE.sh`. - Added new `Camera.py` and `Connexion.py` files for camera handling and socket communication. - Implemented `First_Try.py` for initial camera preview testing. - Created `Humidity.py` for humidity sensor data acquisition. - Developed `Send_data_stocked.py` for managing and sending stored data. - Introduced `Time_Lapse_Connection.py` and `Time_Lapse_NoConnection.py` for connected and offline modes. - Added `get_from_server.py` for retrieving camera status from the server. - Updated `sync_offline_data.py` for synchronizing offline data. - Created `timelapse.service` for managing the timelapse service on Raspberry Pi. - Established package structure with `__init__.py` and `api_client.py` for API interactions. - Enhanced `capture.py` for managing image captures and data storage. - Configured `config.py` for centralized configuration management. - Developed `sensors.py` for handling environmental sensors and camera operations. - Implemented `timelapse_offline.py` and `timelapse_online.py` for capturing images in offline and online modes.
25 lines
409 B
Python
25 lines
409 B
Python
import picamera2 as pc
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import time
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cam = pc.Picamera2()
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conf = cam.create_preview_configuration(main={"size":(800, 600)})
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cam.configure(conf)
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cam.start_preview(pc.Preview.QTGL)
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cam.start()
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time.sleep(10)
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image = cam.capture_file("Ma photo.jpg")
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print(image)
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cam.close()
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"""
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print("bonjour")
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request.save("MyPhotohraph", "AGAGAGAGA.jpg")
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request.release()
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"""
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#cam.capture_image()
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#cam.show()
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print("ok") |